Lighting And Heating Apparatus TRIZ Cases

See how a modular actuator pocket with alternate output axes enables three-vane grille shutters

See how a floating pump support with positioning members absorbs dimensional tolerances to enab

See how a local buffer decouples global water sources from growing trays, enabling on-demand lo

See how a non-contact Hall sensor and magnet replace contact switches in ice makers to prevent

See how an impermeable plate isolates the cooking zone from ash and combustion gases while enab

See how an integrated magnet assembly replaces mechanical fasteners to secure thermally insulat

See how real-time ceiling temperature and occupancy sensing enable dynamic fan speed and airflo

See how a removable nozzle gasket assembly with antimicrobial and hydrophobic coatings prevents

See how peripheral spacer placement and vacuum insulation between glass panels maintain uniform

See how a dual-path air intake merges primary and secondary flows to increase thrust while redu

See how integrating geothermal heat recovery with in-situ thermal conversion reuses heat lost t

See how sensor-based AI monitoring detects HVAC and lighting inefficiencies early, reducing pow

See how rear-surface insulation on the ice maker front cover blocks cold air leakage, preventin

See how dual-point float detection prevents refrigerator water overflow when the inductive elem

See how a buffering member with elastic deformation absorbs axial and radial impact forces when

See how transition means through the frame top member enable ventilation assembly integration w

See how a separated combustion chamber with directed fume paths and radiant heating achieves un

See how upstream infrared lamp placement directly heats air and users in sliding-door air barri

See how a pre-embedded component routes power supply lines through the door liner without penet

See how outer protrusions on a valve element use fluid flow to generate rotation torque, reduci

See how a segmented dual-tray ice maker with localized heater placement controls directional fr

See how an external hinge pin and mounting block preserve vacuum insulation integrity in refrig

See how segmented main and sub-doors resolve the conflict between ice production capacity and c

See how conditional status indicator activation checks container and material presence to reduc

See how a closed-loop magma wellbore system uses high-temperature heat transfer fluid to drive

See how internally segmented tray chambers prevent dry ice from sinking, ensuring uniform tempe

See how pressure-driven recirculation, vortex flow, and integrated temperature control reduce c

See how a removable cage with flexible arms and dual cooling elements enables one vacuum flask

See how a direct-coupled motor assembly eliminates belts and mechanical connections in make-up

See how a controller dynamically switches between engine, hybrid, and energy-storage modes to o

See how dynamic heater and cooler control during ice making manages bubble movement to achieve

See how a rotating airlock body integrates closure and transport functions to achieve 5-7 secon

See how segmented rack gears and idle gear positioning enable full drawer exposure, precise clo

See how segmented electromagnetic coils apply adaptive magnetic fields based on food state dete

See how protruding ribs on a door opening device housing align the head cover horizontally, com

See how a dual heat-exchanger design with circulation control prevents stagnant water, reduces

See how automatic container selection matches article types to appropriate storage equipment an

See how a grooved cover with a predetermined breaking point enables on-demand service access wh

See how segmented air supply openings and warm-zone air circulation enable evaporator defrostin

See how a flexible rubber hinge integrates the lid with the tray, using water expansion during

See how injection-molded plates with integrated locking ribs replace vacuum-formed inner cases

See how segmented granular solids with controlled particle sizes enable gradual endothermic coo

See how a compartmentalized storage box uses fire-detection sensors and localized nozzles to im

See how a shutter unit with collection duct and one-way valve captures meltwater before it reac

See how a downward-inclined camera optical axis expands face recognition range on refrigerator

See how primary-side circulation pump flow is controlled by monitoring secondary circuit demand

See how a segmented shelf frame with integrated support member and cold air blocking portion pr

See how combining convection and conduction heating through integrated shelf elements reduces t

See how a contactor refrigerant blocking structure surrounds the contact support to prevent ele

A co-injected transparent fixing structure guides light through a vehicle panel window while improving sealing and simplifying assembly and repair.

A recessed resin cover and heat-conductive layer draw heat from the lamp substrate outward, improving vehicle light cooling without metal covers.

Localized laser bonding with alignment monitoring joins electronic components on curved 3D structures while limiting misalignment and thermal deformation.

Multi-shot injection molding integrates tailgate glazing and light units into one seamless structure, cutting seams, assembly labor, and drag.

A transparent polymeric substrate guides LED light to the outlet edge, improving long-range visibility while shielding diodes and easing mounting.

Integrated lighting passes through translucent covering regions to improve lateral vehicle illumination while preserving styling flexibility and cost-effective molding.

A vacuum gripping head picks adhesive shockproof pads from a carrier film and places them precisely on lamp bodies with less handling time and damage.

Resilient housing conforms to curved vehicle panels while shielding concealed fasteners from wind and rain corrosion.

An optical booster uses mirrors and light guide channels to raise interior lighting brightness while cutting space needs and light loss.

Light-guiding inserts in grille air openings create brighter, more uniform vehicle-front illumination without sacrificing opaque grille durability.

A two-layer LED molding structure balances thermal stress resistance with light extraction, improving reliability, luminance, and color consistency.

Road-surface light projection supplements turn signals with clear maneuver graphics, improving visibility in complex driving scenarios.

A J-shaped LED arrow and reflective housing make U-turn intent visible to nearby drivers when standard turn signals are unclear.

An angled reflector built into a vehicle window redirects LED light more efficiently, improving distribution while reducing power use.

A shallow central housing recess lets the luminous grille deform in a front impact without striking parts behind it, reducing breakage and repair cost.

Angled PCB pins and lens offsets guide blind spot indicator assembly to aim light at the driver while reducing alignment steps and cost.

Perforated coating on a polypropylene vehicle front panel preserves translucency while improving impact strength and coating sealing.

Matching optical-element light-point spacing to mini-LED pitch removes visible breaks and creates a uniform headlight light effect.

An integrated housing, lens, and PCB layout aligns pins and optics to direct blind spot illumination toward the driver with lower assembly cost.

Spatially animated lighting lets one light subset show lane change direction while another keeps hazard strobing for clearer signaling.

Projected road images show the vehicle trajectory and pedestrian movement boundary, clarifying autonomous driving intent in shared traffic.

An opaque lens section with an extension element blocks cross-coupling between rear lamp light sources while enabling longer, more flexible lamp layouts.

A relief portion lets the taillight overlap the seat frame, moving it forward to cut rear overhang while preserving sealing and visibility.

Multiple-reflection waveguiding and an embedded holographic optical element enable compact, low-loss hologram reconstruction in tight spaces.

Paired light-guide bars and plate-like heads fit tight taillight space to deliver uniform, high-intensity logo backlighting.

A single PCB and multi-exit light guide deliver direct, backlit, and ambient vehicle lighting with fewer LEDs and control members.

A condensing lens focuses lamp output through a smaller grille opening, preserving ornamental panel appearance while meeting brightness needs.

Compressed air cleans the lens while a deformable diaphragm closes drain openings during operation and reopens them to release moisture.

Metal sheet layers and a plastic joint member reduce thermal distortion in vehicle lighting frames while preserving geometry flexibility.

A masked LED substrate and reflective chamber create 3D parallax lighting with fewer LEDs, improving styling freedom and light output.

An integrated light bar and projector shares power and control wiring to cut parts, weight, and installation complexity while enabling custom ground logos.

A phosphor-converted LED uses tuned peak wavelength and FWHM to keep cyan emission stable across temperature and drive-current changes.

Mini-LED rear lighting adds hazard, race-condition, and vehicle-status displays while preserving clear visibility signals for racing drivers.

When brake and turn signals overlap, the controller boosts brake image brightness to keep the lamp beam pattern compliant.

An elastic lamp shell and deformable heat sinks let the warning light conform to curved vehicle bodies for stable installation and fewer failures.

A shared intake duct cools vehicle lighting while narrowing the air intake package, cutting width, drag, and flow friction.

Transparent cutouts, layered film, and paint let vehicle panel color shimmer through a decorative element while preserving patterned styling.

An edge-lit light guide and colored mask keep vehicle panel features hidden when off, then reveal uniform 3D illuminated symbols when lit.

Alternating LED and retroreflector regions under potting compound protect the strip from stress and moisture while preventing optical interference.

A shaped light guide pre-compensates exit illuminance so projection optics can deliver a uniform image on an inclined plane without fading masks.

A transparent cover module guides light while sealing the rearview housing, reducing humidity ingress and protecting electrical components.